Dual-Bay USB 3.0 to SATA 6Gb s 2.5" Hard Drive Enclosure w RAID

  • 20017336
  • S252BU33R
  • In Stock
  • Ships Today

One high performance storage solution to support two solid state drives or hard drives!
Ordering Information
  • One high performance storage solution to support two SSD or HDDs
  • Two-bay 2.5in hard drive enclosure for 5mm to 15mm drives
  • USB 3.0 to SATA III 6Gbps with RAID and UASP
  • Supports RAID 0, 1, Spanning and JBOD
  • Powered by single USB 3.0 connection
This Dual-Bay USB 3.0 to SATA 6Gb/s 2.5" Hard Drive Enclosure with RAID gives you the performance you want in an external storage system and features a stylish, compact design that looks great next to your Mac or PC. Ideal for professional business settings or home offices, it provides a powerful data storage solution for your desktop computer, laptop, Ultrabook or Chromebook.

The dual drive enclosure lets you install two 2.5" solid state drives or hard drives (from 5mm to 15mm) to create high capacity external data storage. To maximize the performance and speed of your SATA 6Gb/s drives, the enclosure is enhanced with UASP delivering up to 70 percent faster transfer speeds than conventional USB 3.0. Also, requiring only 5V of power, you have the option to power the enclosure through USB alone, without the need for an external power adapter. It can be powered through a single or two USB sources, such as USB chargers or ports on your laptop, depending on your drive set-up. In stationary applications or configurations where more power is desired, a power adapter is included. The enclosure gives you a convenient, energy-efficient storage solution with flexible storage set-up options – and easy portability.

Enjoy peace of mind, knowing your files are continually backed up or take advantage of greater speed and capacity offered with a combined solution. The enclosure supports RAID 0, 1, Spanning, and JBOD, enabling you to choose your preferred backup mode. With the convenience of RAID, you can achieve increased size, performance, or redundancy.